tau DOORSS User Manual

Safety Sensor for
Swing Doors
User Manual (Original)
!
WARNING Disregarding this symbol may result
in serious injury or death
Special attention is required when
Note
this symbol is shown
1. General Description / Features
The DOORSS is a microprocessor controlled active infrared presence detector for swing doors.
- 6 detection spots per PCB unit provide a wide detection area.
- The detection distance to the floor is set automatically by pressing a Push Switch.
- The detection range can be adjusted manually, using dip switches in increments of 50mm
- The relay output can be changed from NO to NC using a dip switch.
- Self diagnostic and monitoring functions are implemented.
2. Components
The illustration below shows the standard configuration of DOORSS with one PCB units.
Screw
Side Cover-L
Filter Cover
Joint
PCB unit Assembly
PCB unit
PCB Holder
Screw
Angle Stabilizer
Table.1 Information of DOORSS
(1)
Length Filter
Screws
Joint
Model name
[mm] Cover
S-10DOORSS340 340 1 0 2
S-10DOORSS1023T 1023 3 2 3
(2)
3. Mounting and Wiring Information
3.1. Notice
!
CAUTION
Before mounting this sensor please note the following remarks.
Note
1 2
Do not mount the
Do not mount the
sensor higher than
sensor where rain or
2.6 [m]( 8' 6" ). 2,6 [m]
snow will fall directly
on the unit.
5
4
The Aluminum
Ensure no condensation
Case(s) should be
gets onto the sensor.
located close to the
Leading edge of the
door to maximise
safety detection.
6
Be careful not to drop the sensor, during transportation and installation. It may cause the sensor to break.
!
WARNING
3.2 Mounting Hole
Drill fixing holes as illustrated
below. When installing the
DOORSS on both sides of the
door it may be necessary to drill
a wiring hole through the door.
(Ref. 3.6 Plan View of DOORSS
Installation)
3.3 Mounting the Aluminum Case
1
Unscrew the Side Covers and remove the Filter
Cover.
3
Remove the PCB Unit. Loosen the Screw on the PCB Holder and slide it
aside to remove the PCB Unit.
3.4 Replacing the PCB unit(s)
When replacing the PCB unit it is very important that the side with "LEADING EDGE" marked on it is inserted
!
CAUTION
so that it is closest to the leading edge of the door. This will ensure maximum pedestrian safety at the door
edge.
1
Remove the Terminal Block from the PCB unit.
2
Insert the PCB unit into the Aluminum Case, making sure that the
side marked "LEADING EDGE" is closest to the leading edge of the
door.
Attach the Angle Stabilizer and tighten the screws on the PCB
Holders.
Hinge
LEADING EDGE MARK
PCB unit
DOORSS
S-10DOORSS340 / DOORSS1023T
!
CAUTION Disregarding this symbol may result
in injury or damage to equipment
EN16005 Setting required to conform with EN16005
Aluminum Case
PCB unit
Front view of PCB unit
Slide SW Push SW
Dip SW
Terminal Block
Accessories
(3) Mounting (5)
Installation
Screws
Instruction
4×16 [mm]
(4)
Wire Sheath
600 [mm] Communication Cable
3
Ensure the minimum
of reflected sunlight
from the floor.
Leading edge
Hinge
Hinge
Drilling may cause Electric shock! When drilling, pay attention to
hidden wires.
Unit : [mm]
200
2-φ3.5 Screw holes
DOORSS340
390
DOORSS1023T
2
Remove Angle Stabilizer.
1)Lift and slide the Angle Stabilizer to the side as indicated.
2)Push the Angle Stabilizer with your thumb to remove it from
the Aluminum Case.
2)
1)
4 Fix the Aluminum Case to the door with
Screws.
LEADING
EDGE
MARK
LEADING EDGE MARK
PCB unit
Hinge
English
3.5 Wiring to the door controller
Install the Jamb Hole Cover and Wire Sheath when wiring to the door controller.
Drill following holes.
30
!
CAUTION
Connect the wires to the
door controller using the
Terminal Block
Wire size
Side Cover-R
0.15 to 3.5 [mm
3.6.1 Option 1: Plan View of SSS-5 Installation
(PCB units on both sides of the door wired back to the Door Controller independently)
Extra Wire Hole through the door
Operation LED
Hinge
Door Controller
Jamb Hole
Cover A/B
Jamb Hole Cover
Mounting
Screws
3.6.2 Option 2: Plan View of SSS-5 Installation
3x10 [mm]
(PCB units connected using Communication Cable and only 1 PCB units is wired back to the Door Controller)
Hinge
Door Controller
Jamb Hole Cover
4. Dip Switch Settings
To avoid dangerous door movements,
Leading edge !
configure the DIP-SW settings of the sensor
before powering up the sensor.
4.1 TEST Input
When connected to a door controller without a
<Top view>
TEST input, set to "A". When connected to a
door controller with a TEST input, set to "B"
1 2 3 4 5 6 7 8
Refer to [6.Timing Chart of events].
E N16005 Set to "B" to comply with EN16005
4.2 Optical Interference
When two DOORSS's are installed in close proximity ,
optical cross interference between DOORSS's might
cause mis-operation. To avoid this , different frequency
1 2 3 4 5 6 7 8
settings should be selected using DIP Switch #2.
3-φ 3,5
390
4.3 Relay Output Mode
1 2 3 4 5 6 7 8
4.4 Masking detecting
spots
1 2 3 4 5 6 7 8
4.5 Detection Range
1 2 3 4 5 6 7 8
Set Non-Detection
distance
A
EN16005
Check that the detection
range conforms to EN16005
torque
0.5 Nm
5. Detection Angle Adjustment
The detection angle can be adjusted between 5〜25 [deg] in 5 [deg] increments using the Angle Stabilizer.
Example) Changing angle from 5° to 25°
1.
(2)Slide
(1)Lift
5゜
EN16005
5 Check that the detection area position conforms to EN16005
Clamp the Wire Sheath between the Jamb Hole Cover A/B
φ10 Wires to
the controller
Wiring Hole
3 - φ2,6 Jamb Hole
Cover A
Screw Holes
Unit : [mm]
Wire Sheath
7
1
]
2
Wire Sheath
PCB units are connected to each other
using the Communication Cable
(supplied)
Hole( ｣ φ10) drilled through the
door.
Connector 6P
Note: Remember to set the Slide SW as indicated
Refer to [6. Timing chart of events]
for full details on Relay Output Mode.
4 5
spots
6 5 4 3 2 1
4 5
spots
4 3
- 5 2 1
7
6 8
6 7
50 mm
8
6 7 6
7
100 mm
6 7 8
6 7
150 mm
6 7 8
6 7
200 mm
2. 3.
(3)Rotate PCB unit (4)Slide Back
Side View
10゜
15゜
20゜
25゜
COMPLIED STANDARDS
DIN18650-1:2010
EN 12978:2003 +A1:2009
EN16005:2012
EC type examination
44 205 13738001
Screw (3×10 [mm])
Jamb Hole
Cover B
1
Power supply ( AC/DC 12〜24[V] )
2
3
Relay Output ( Common )
4 Relay Output1
Relay Output 2(Another PCB Unit Output)
5
TEST Input ( - )
6
TEST Input ( + )
7
PCB Unit 2
「OFF｣
7P Terminal
stand
Leading
Edge
PCB Unit1
「OFF｣
7P Terminal
stand
PLAN VIEW and Wiring
「ON｣
Unità PCB 2
Slide SW
7P Terminal stand
（Unused）
Leading
Edge
Unità PCB 1
「OFF｣
7P Terminal stand
PCB unit
= Default Setting
1
Con TEST
Senza TEST Senza TEST
B
B
0v
A
A
0v
DOORSS
DOORSS
2 2
A
B
3
3
NO NC
4 5
spots
- - 4 3 2 1
4 5
- 3
spots - - 2 1
8
250 mm
8
Detection
300 mm
8
400 mm
8
500 mm
Non-Detection A
PCB unit
Angle Stabilizer
25゜
5゜